CAN Inputs

CAN DI 1-16 (Status)

These runtime statuses are digital inputs that are controlled via CAN. The available statuses for these functions are:

·Inactive - The input has been written to but is not currently active.

·Active - The input is active.

·Off - The input has not been written to since the last power cycle.

·Fault - The input has been written to previously but not in the last 2 seconds.

 

CAN DI1-8 Frequency

These runtime values are digital frequency inputs that are controlled via CAN. They display the value that has most recently been written to them and are 0 when they haven't been written to since the last power cycle or when too much time has passed since the last CAN message wrote to them.

 

CAN Analog 1-8

These runtime values are analog inputs that are controlled via CAN. They display the value that has most recently been written to them and are 0 when they haven't been written to since the last power cycle or when too much time has passed since the last CAN message wrote to them.

 

CAN TC Cylinder 1-8

These runtime values are thermocouple inputs that are controlled via CAN. They display the value that has most recently been written to them and are 0 when they haven't been written to since the last power cycle or when too much time has passed since the last CAN message wrote to them.

 

CAN Aux 1-16 (Status)

Displays the current status of the respective CAN Aux. CAN Auxiliaries being used for PWM output show active when they are outputting any signal (Duty Cycle > 0).

The available statuses for these functions are:

·Inactive - The input is set up but is not active.

·Active - The input is active.

·Off - The input has not been set up.

 

CAN Aux 1-16 Frequency

Displays the current Frequency being set to the respective CAN Aux. Non zero values are only shown if the pin is being used for some form of PWM control, pins being used for basic switching control show 0Hz Frequencies.

 

CAN Aux 1-16 Duty Cycle

Displays the current Duty Cycle being set to the respective CAN Aux. Non zero values are only shown if the pin is being used for some form of PWM control, pins being used for basic switching control show 0% Duty Cycles.

 

 

 

CAN 1&2:

Receive HW Buffer Overrun (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Stuff Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Form Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Acknowledge Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Bit Recessive Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Bit Dominant Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

CRC Error (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Error Passive (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Bus Warning (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Bus Off (Status)

There are two possible states for this parameter:

·OK - No faults detected

·Error - Fault detected

 

Receive Error Counter

The number of receive errors.

 

Transmit Error Counter

The number of transmit errors.